DACs - Hifiverse audio equipment catalog

This DAC can handle almost any type of audio file you like, from 32-bit/384 kHz PCM to DSD256.

Digital-to-analog conversion in Jadis JS5 uses an eight-channel 32-bit Sabre ES9038PRO chip from ESS Technology with Hyperstream technology, and tube-based (2xECC82, 2xECC88, 1xEL84 and 1xEF86) output stage. The commutation arsenal of the new product includes four digital inputs, and the analog music signal is output both through an unbalanced output on RCA connectors and through a balanced one on XLR.

The T+A DAC 200 combines a top-of-the-line DAC, preamp, and headphone amplifier. The device's circuit uses full galvanic isolation of the digital and analog parts, as well as the “double mono" principle. The original Double-Differential-Quadruple Converter solution with a switchable digital filter is used to convert PCM signals (up to 32/768). Whereas there is a separate T+A True 1-Bit module for DSD, which supports up to DSD1024. Optionally, the DAC 200 can be equipped with an HDMI card (2 inputs, 1 output) with an ARC reverse audio channel.

The gem of the Ithaka concept is the output stage. It is based on our latest generation of TriodeFet technology (the specific TF generation is only used in our top-end SE amplifier, QuintEssence).

Kassandra Signature LE is a digital-to-analog converter with a tube output stage. The conversion is carried out using 12 parallel connected AD1865N-K chips per channel, which are multi-bit converters with R-2R matrices with a resolution of 18 bits (24 R-2R matrices); an external power supply unit with rectifiers on gas burners, 5 toroidal transformers and a large capacity storage capacitors.The parallel connection provides higher linearity and reduced noise.

The gem of the Ithaka/Ithaka minor concept is the output stage. Unlike the larger Ithaka model, the Ithaka minor uses Gen1 TriodeFet technology. This particular generation of TriodeFet is the same as in our Essentia and Aperio amplifiers, with some modifications.

The Aries Cerat Kassandra 2 Sig uses eight discrete low-noise regulators, and uses a system of four powerful power supplies based on toroidal transformers. The output stage is powered by an E280F lamp. Via USB, the Aries Cerat Kassandra 2 Sig can receive signals up to PCM 24/384.

Digital-to-analog converter with lamp output stage. The conversion is carried out using 8 parallel connected AD1865N-K chips per channel, which are multi-bit converters with R-2R matrices with a resolution of 18 bits (16 R-2R matrices).

Aries Feat Helene has eight R2R ladders on board (four for each channel) and, of course, is equipped with a proprietary single-stroke tube output stage. Designed by Aries Feat Helene in a traditional ornate case, which houses the most powerful transformers of the PS - the total weight of the system exceeds 40 kg.

The Audio Research DAC9 digital-to-analog converter decodes the most advanced formats using lamp cascade technology. Five digital connections - USB, RCA, BNC, AES/EBU, and Toslink - enable the connection of all your digital sources. The Quad DAC architecture provides a balanced digital signal, wide dynamic range, and decoding resolution from the Red Book CD up to 384 kHz and the sampling rate of native DSDS. A pair of 6H30 lamps are the heart of the analog circuit.

Two mono DACs and a switchable pre! The work is carried out according to its own algorithm – a powerful processor (2.4 GFLOPS DSP) is used, which translates all signals into 768 kHz (705.6 kHz for DSD) RFM. A number of experts rate the sound as "the end of the search for the best DAC in the world."

The Zena DAC Module is a high-performance digital-to-analog conversion module from Gryphon. This model was developed primarily for collaboration with the proprietary Zena amplifier. The module is based on the ESS Sabre ES9018 32-bit chip with a sampling rate of up to 384 kHz (PCM), which supports all modern digital audio formats. Supports DSD64 and DSD128 (DSD256/512 for Windows).

This device is an ideal choice for installation in the Diablo 120 integrated amplifier. After installing the DAC, the Diablo 120's display informs you about the active digital input, the sampling rate, the PCM/DSD format, and the selected digital filter setting.

The DAC provides higher power output compared to its predecessor: 2 x 300, 600 and 950 watts at 8, 4 or 2 ohms compared to 250, 500 and 800 ohms for the same load from Diablo. The inclusion of the power parameter in the specifications when operating on a load with a resistance of 2 ohms indicates that the amplifier is ready to control the most complex reactive load, the impedance of which can drop almost to the level of a short circuit.

The Gryphon Kalliope digital-to-analog converter, named after her, in addition to supporting the PCM audio format with parameters up to 32 bits / 384 kHz, is one of the few devices of this type capable of receiving a DSD stream. This know-how using pulse-density modulation at sampling rates up to 6.144 MHz, previously used in the production of SACD audiophile discs, continues to live on in the form of an ever-expanding library of files with the highest resolution available to consumers today.

The new Gryphon DAC-3 digital-to-analog module is based on the Sabre ES9039PRO DAC chip from ESS Technology. Seven user–selectable digital PCM filters are implemented here, as well as a full range of digital inputs - USB-B, AES/EBU, coaxial BNC and optical Toslink.

The device is designed for music playback, uses its own data conversion and processing schemes, and provides almost analog sound.

The next generation reference-class digital-to-analog converter uses PEtER oversampling algorithm, and 16 x PCM 1704 R2R DACs in a dual differential, sequential DSQ Phase Array topology.

The M8x DAC from Musical Fidelity is based on two Sabre ES9038Q2M chips from ESS Technologies, operating in a fully balanced, dual differential configuration. The DAC is capable of decoding digital streams in PCM format with parameters up to 32 bit / 768 kHz and native DSD up to DSD512 (the maximum resolution is available when using the USB interface).

AADAC works with signals up to 32 bit / 768 Khz via Sabre ES9038 chip and Amanero USB (32 bit / 384 khz). Native DSD up to DSD512 also "on board". Bullet-proof construction uses separate boards for each stage, separate power supplies dedicated to digital and analog sections, and fully balanced output stage.